Connectivity & autonomous AI for Solar and related IPPs

Addressing the complexity of massive, remote energy infrastructure with high-performance autonomous networks.

Connectivity & autonomous AI for Solar Farms

Problems Today

Industrial sites often struggle with unreliable site-wide coverage. Legacy systems create fragmentation, leading to connectivity gaps that disrupt critical solar farm monitoring and oil field data acquisition.

Connectivity Fixed

Ramen fixes connectivity by providing seamless handoffs across the entire facility. Our autonomous AI networks ensure that devices stay connected regardless of movement or environmental obstacles.

Operational ROI

Achieve significant ROI by reducing technician time and minimizing manual intervention. RAMEN’s Networks as a Service approach automates maintenance and optimization, ensuring peak performance.

Onsite Autonomous Network:

PROPRIETARY TECH

Real-time monitoring of power blocks, inverter analytics, and substation connectivity.
On-Premises: there's no tokens-meter running, charging you for every query or solution.

Managing cross-platform data flow with AI-driven prioritization, ensures that critical solar telemetry remains uninterrupted even during high-traffic maintenance:

Agentic AI Management: Utilizes intelligent AI agents to manage connectivity automatically, and to monitor routing and security protocols cycles.
Co-Deployment Models: Layers on top of legacy vendor hardware (e.g. Cisco or HPE) to automate configurations and deploy patches as needed, without expensive infrastructure overhauls.
Multi-Transport Selection: Unifies control across wired, Wi-Fi, private cellular (e.g., CBRS/5G), and mmWave networks. We are vendor agnostic: whatever works best.
Operational Workflows: Offers plant engineers chat-based interfaces to easily adjust data routing and onboard new machinery or robots via self-service provisioning

Solar arrays with digital network overlay

Substation Fiber Extension

Here, our technical coverage provides a 4.5km radius for Private 5G to integrate multiple substations into a unified localized network. Fiber extensions were deployed to eliminate latency bottlenecks at the edge of the solar field.

Technical Coverage Framework

Our solution utilizes AI-engineered beamforming to allow coverage even in heavy industrial RF interference zones. The network pathing is autonomously recalculated every 10ms to maintain real-time monitoring of solar inverter health and energy output telemetry.

99.9%

Uptime Achievement

Achieved through a proprietary Autonomous AI Network pathfinding, ensuring zero-packet loss during critical grid frequency synchronization events across the solar farm infrastructure.

Scale Your Output

Discuss NaaS for your energy project. Our industrial networking experts will help you optimize your solar farm connectivity.

Ask us about Solar Farm construction too: similar challenges, similar solutions paths.